Eassa Abdullah
Acting Supervisor – CPG Laboratories, Laboratory Technical Support & Services
Eassa Abdullah’s journey with the Petroleum Engineering Department began in 2016, when he joined as an Instructor and Researcher. He brings expertise in reservoir rock and fluid properties, teaching the core course PETE 206, and regularly contributes to research projects in the reservoir characterization field.
In addition to his academic contributions, Eassa has been pleased to take an active role in nurturing the growth of the SPE Student Chapter by offering mentorship and consultancy. Eassa finds this direct interaction with students and opportunity to help foster and develop their professional journey to be one of the most rewarding aspects of his contributions at the College.
Eassa was also appointed as the ِActing Supervisor for CPG Laboratories in 2023. In this role, he actively sets performance goals and deadlines aligned with CPG’s vision, optimizes workflow and team productivity, manages schedules, and provides insightful feedback to drive continuous improvement. His strategic approach and commitment to excellence make him an indispensable asset in steering LTSS towards new heights of success.
Educational Qualification
- M.S. in Reservoir Characterization, King Fahd University of Petroleum & Minerals
- M.S. in Sustainable Engineering & Resource Recovery, University of Boras, Sweden
- B.S. in Petroleum Engineering, King Fahd University of Petroleum & Minerals, KSA
Professional Course:
- Course in Engineering System Management, American University of Sharjah, UAE
Research Interests
- Reservoir characterization
- Reservoir modeling.
- Petrophysics.
- Impact of heterogeneity on reservoir quality..
- Unconventional hydrocarbon resources
Selected Publications
- Is There a Viscoelastic Effect of Low-MW HPAM Polymers on Residual Oil Mobilization in Low-Permeability Rocks at a Darcy Velocity of 0.2 ft/Day?, Assad A. Barri; Madhar Azad; Dhafer Al-Shehri; Subhash C. Ayirala; Shirish Patil; Jafar Al-Hamad; Eassa Abdullah; Ridha Al Abdrabalnabi
- Prediction of Permeability from Logging Data Using Artificial Intelligence Neural Networks, Mohammed Abdullah Al-Otaibi; Eassa Abdullah; Sherif Mahmoud Hanafy https://onepetro.org/SPEWRM/proceedings/23WRM/4-23WRM/D041S015R002/519647
- Developing a Generalized Correlation to Obtain Steady-State Based Permeability Using a Probe Permeameter, Eassa Abdullah; Mobarak Baatiyah; Jaber Aljabri; Mashaer Alfaraj; Mohammed Al-Otaibi; Ammar ElHusseiny; Olalekan Alade https://onepetro.org/SPERCSC/proceedings/22RCSC/3-22RCSC/D031S016R004/515724
- Removal of Wax Deposit from Tight Formation Using Ultrasonic Cavitation with Thermochemical Heat Source, Olalekan Alade; Eassa Abdullah; Mashaer Alfaraj; Jafar Al Hamad; Amjed Hassan; Mohamed Mahmoud; Dhafer Al Shehri; Theis Ivan Solling; Ayman Nakhli https://onepetro.org/SPEATCE/proceedings/22ATCE/3-22ATCE/D031S056R002/509408?searchresult=1
- Application of a Pickering Emulsified Polymeric Gel System as a Water Blocking Agent Tinku Saikia, Abdullah S Sultan, Syed R Hussaini, Assad Barri, Nur Iman Khamidy, Abdulmalek A Shamsan, Eassa Abdullah, Ammar Al-Ramadhan, Ayman Almohsin, Mohammed Bataweel. https://doi.org/10.1021/acsomega.1c02956
- Composite Delamination Modelling Using a Multi-Layered Solid Element Issam Tawk, Pablo Navarro, J-F. Ferrero, Eassa Abdullah, https://www.researchgate.net/publication/289633897_Amultilayered_Solid_Element_used_to_Model_Composite_Delamination
- Mode I Delamination Modelling in a Composite Plate using the Plate Behavior of a New Multilayered Solid Element, Eassa Abdullah, Issam Tawk, J-F. Ferrero, J.-J. Barrau https://www.researchgate.net/publication/232927922_Mode_I_Delamination_Modelling_in_a_Composite_Plate_using_the_Plate_Behavior_of_a_New_Multilayered_Solid_Element
- Bacterial endotoxin in menstrual effluent as a case of spontaneous abortion and preterm labor, M. M. Farrag, E. A. Foaud, M. A. E. Metawie, Eassa Abdullah, Z. Elmahdy https://www.researchgate.net/publication/246416141_Bacterial_endotoxin_in_menstrual_effluent_as_a_case_of_spontaneous_abortion_and_preterm_labor
Awards & Honors
- Distinguished Staff Award, 2023
- SPE Presidential Award Champion, 2022